The Afiscooter C3 utilizes a precision-engineered 3-wheel configuration that prioritizes a 50-inch turning radius without compromising the lateral stability required for bariatric-class mobility. This geometry is specifically designed for indoor environments where 4-wheel models frequently struggle with 90-degree cornering and narrow 32-inch doorway clearances. To ensure safety, Afikim integrates an automatic reduction-of-speed sensor that engages during tight turns to prevent tipping, a critical feature for facility risk management. The low center of gravity and rear-wheel transaxle placement ensure the vehicle remains grounded even when navigating 9-degree ramps. This makes the C3 the optimal choice for clinics and administrative buildings where agility and "point-and-turn" capabilities are essential for efficient personnel flow.

The TCO for the Afiscooter C3 is significantly lower than consumer-grade alternatives due to its industrial 950W brushless motor and modular electronic sub-assemblies that simplify part replacement. By investing in the Extended Range battery configuration, facilities reduce the "depth of discharge" on each cycle, which can extend the overall battery lifecycle by up to 20% compared to standard capacity units. The 3-year frame warranty and 2-year electronics warranty provide a predictable budgetary window with minimal out-of-pocket repair costs for the first 24 months of operation. Additionally, the puncture-resistant tires and shock-absorbing bumpers reduce the frequency of "minor impact" repairs common in high-traffic hallways. These factors combine to create a high-uptime asset that maximizes the initial capital expenditure over a 5-to-7-year service horizon.

The Afiscooter C3 is an FDA-cleared medical device and is designed with non-porous surfaces and high-impact ABS plastics that are compatible with standard institutional disinfectants. Its pneumatic tires are made from a non-marking compound to prevent floor scuffing on high-gloss hospital linoleum or epoxy-coated sterile zones. The electromagnetic braking system is completely sealed, preventing the shedding of metallic dust associated with traditional friction brakes, which is a key requirement for maintaining air quality in sensitive environments. Furthermore, the orthopedic seat is upholstered in a durable, easy-to-sanitize material that withstands frequent chemical wipedowns between different users. These compliance features ensure the C3 can transition from public areas into clinical settings without compromising facility hygiene protocols.

The Extended Range battery configuration provides a travel distance of up to 36 miles, which allows a single vehicle to cover the equivalent of three full 8-hour security patrol shifts on a single charge. This high-capacity power system is critical for large-scale campuses such as military bases or industrial parks where a standard 10-to-15 mile range would necessitate frequent mid-day docking. By utilizing a 24V DC system with high-amp-hour batteries, the C3 maintains its 9.3 mph top speed and 330 lb capacity throughout the discharge curve, preventing "slugging" as the battery depletes. This reliability ensures that emergency response or facility rounds are never delayed by power insufficiency. The off-board charging system also allows for simplified "central hub" charging protocols during off-peak hours.

The Afiscooter C3 is designed with a "Universal Access" philosophy, featuring an orthopedic rotatable seat that swivels 360 degrees to allow for "side-boarding," which significantly reduces the risk of slip-and-fall injuries during mounting. The delta tiller is gas-piston adjustable, allowing operators of different heights to find a neutral wrist position to prevent repetitive strain injuries during long-duration use. The intuitive controls are designed for ambidextrous operation, accommodating staff with varied dexterity levels or physical limitations. Additionally, the full suspension system is tuned to absorb the jarring impacts of elevator thresholds and sidewalk joins, protecting the operator's spine and joints from chronic vibrational stress. These OHS-focused features help facilities maintain a safer workplace and reduce potential workers' compensation claims related to mobility equipment operation.